So in trying to make an informed decision, regardless of how the vote comes to pass, I would find it tough to do so right now.
One of you is saying that there was no mistake in the emission formula, while the other is. I'm not asking which I should believe . . I'm asking for a way to verify this -- or at least one that doesn't rely on me just resting my personal opinion on either of you.
How can I get started on understanding the emission curve?
The quote I posted "close to Bitcoin's original curve" is from the original announcement here:
https://bt.irlbtc.com/view/563821.0I think there was also some discussion on the thread about it being desirable to do that.
At one point in that discussion, I suggested increasing the denominator by a factor of 4, which is what ended up being done, but I also suggested retaining the block target at 2 minutes, which was not done. The effect of making one change without the other is to double the emission rate from something close to bitcoin to something much faster (see chart a few pages back on this thread).
Yes, I see that sticking "close to BTC original curve" is the aim, and can make my own decision on whether or not which level of adhesion to that is desirable. I was wondering how to mathematically and graphically verify both claims . . and was looking for a way to measure.
For all I know right now, none of the emission comes close to anything BTC ever was . . so I've decided to construct a model of both emissions using my computer . . so that I may visually observe predicted emission%/time.
This is a very engaging discussion, you both make very valid points, and it's hard not to be torn in an instance like this. With TFT's claim that there was no mistake and yours that there is, I've no choice but to make graphs.